Bevel helical gearbox
Our bevel helical gearbox is designed as a compact drive unit for highly dynamic applications. The requirements for operation with servo motors have been implemented accordingly. During development, attention was also paid to high operational reliability through amply dimensioned bearing points and gearing design. Furthermore, the housing with an integrated square flange on the output side offers maximum rigidity and can be installed or attached universally thanks to the symmetrical inline housing. The drive is available with a solid or hollow shaft (possibly with an optional clamping set).
The output shafts can also be made of stainless steel. A stainless steel housing (stainless steel gear, hygienic drive, wash-down application) is available for particularly high demands on the surface quality.
Requirements placed on new transmission concepts were taken into account. Minimum torsional backlash, high rigidity, low overall weight, high efficiency, maximum flexibility in connection with a universal installation position are features that enable the drive to be used successfully.
Characteristics
- High efficiency > 90%
- Flexible mounting with interchangeable flange system
- Torsion-resistant servo motor coupling as the optimal connection between the servo motor and the gearbox
- External stainless steel screws for better cleaning properties
- High housing rigidity for robust and tough applications
- Smooth housing surface (hygienic drive, wash-down drive)
- Square flange for universal mounting options
- Hollow shaft design as the optimal interface for the relevant application
- Symmetrical in-line housing design allows mounting in all positions+
- Maintenance-free lifetime lubrication
Options
- Stainless steel hood to cover the hollow shaft
- Hollow shaft design with shrink disk
- Version with solid shaft
- Stainless steel version (stainless steel gear, hygienic drive)
Areas of application
- packaging machines
- machine tools
- storage technology
- robotics
- beverage industry
- food industry
